Automate Code Evaluation Pipeline
Evaluate code with LLMs and sandboxed execution. Test code quality and correctness automatically.
Why it matters
Automate the entire code evaluation process, from prompt to LLM execution and sandboxed testing, ensuring code quality and correctness.
Outcomes
What it gets done
Generate code based on prompts.
Execute code in a sandboxed environment.
Evaluate code execution results.
Automate code testing and debugging.
Install
Add it to your toolbox
Run in your project directory:
curl -fsSL https://spark.entire.vc/get/pfoo-e2b-code-eval | bash Overview
E2B Code Eval
This example demonstrates a complete pipeline for evaluating code using Large Language Models (LLMs). It integrates LLM output with sandboxed execution and metric calculation to provide a comprehensive code evaluation process. Use this pipeline when you need to automatically assess the quality and correctness of code generated by or for an LLM, especially when verification through sandboxed execution is required.
What it does
This example demonstrates a complete pipeline for evaluating code using Large Language Models (LLMs). It integrates LLM output with sandboxed execution and metric calculation to provide a comprehensive code evaluation process.
When to use - and when NOT to
Use this pipeline when you need to automatically assess the quality, correctness, or performance of code snippets generated by or for an LLM. It's ideal for scenarios where you want to verify code execution in a safe environment before deploying or using it further. Do not use this if you require a simple text-based evaluation without code execution or if your evaluation needs involve complex, multi-stage human review.
Inputs and outputs
The user provides prompts that guide the LLM's code generation or analysis. The pipeline outputs include the LLM's response, the results of the sandboxed code execution, and calculated metrics based on the execution outcomes.
Integrations
This example utilizes:
- E2B: A platform for running code in secure, ephemeral sandbox environments. This allows for safe execution of potentially untrusted code.
Who it's for
This is for developers, AI engineers, and prompt engineers who need to automate code evaluation and validation within an LLM-driven workflow. It differs from manual code review by providing automated, repeatable testing and metric collection, and from simple LLM code generation by adding a layer of execution verification.
Source README
This example shows a complete prompt→LLM→sandboxed-execution→metric pipeline using:
FAQ
Common questions
Discussion
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